50,000×5=250,000
250,000÷4=625,000
250,000-625.000=375.00
Sum=375.00
Answer:
Proposal A
3.75 years
Proposal B
3.375 years
Explanation:
<u>Proposal A</u>
Payback = 3.75 years
Year Cash Inflow Initial Investment Balance Year Count
0 0 1,050,000
1 $280,000 770,000 1
2 $280,000 490,000 2
3 $280,000 210,000 3
4 $280,000 0 *3.75
* 1050,0000 / 280,000 = 3.75 years
<u>Proposal B</u>
Payback = 3.375 years
Year Cash Inflow Initial Investment Balance Year Count
0 0 1,050,000
1 $350,000 700,000 1
2 $3150,000 385,000 2
3 $280,000 105,000 3
4 $280,000 0 *3.375
* ( 3 + ( 105,000 / 280,000 ) ) = 3.75 years
Answer:
$9.00.
Explanation:
The computation of the value of a put option is shown below:
Data provided in the question
Current price of the stock = $50
Risk free rate = 6%
Strike price = $55
Sale price = $7.20
Based on the above information
The value of put option is
Put = V - P + X exp(-r
t)
= $7.20 - $50 + $55 e
RF - 0.06(1)
= $7.20 - $50 + $51.80
= $9.00
Hence, the value of put option is $9
Answer:
B) a monopolist's demand curve is the same as the market demand curve
Explanation:
The demand curve is downward sloping for both monopolies and competitive markets. Rational consumers will always buy larger quantities of products or services when their prices are lower, and inversely will buy less when the price if higher. This applies to all types of markets except monopsonies (a lot of suppliers and only one consumer).
Answer:
the journal entry to record the loan:
E.g. January 1, 202x, loan made to Ryan Company
Dr Notes receivable 69,000
Cr Cash 69,000
the journal entry to record the collection of the note:
E.g. January 31, 202x, note collected from Ryan Company
Dr Cash 69,575
Cr Notes receivable 69,000
Cr interest revenue 575
interest revenue = $69,000 x 10% x 30/360 = $575